2008 Annual Report - NASA Airborne Science Program
2008 Annual Report - NASA Airborne Science Program
2008 Annual Report - NASA Airborne Science Program
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Joint <strong>Airborne</strong> <strong>Science</strong> Sensor<br />
Integration Working Group<br />
(JASSIWG)<br />
The <strong>Airborne</strong> <strong>Science</strong> <strong>Program</strong> has<br />
initiated a multi-center working<br />
group to examine the differences<br />
in engineering requirements and<br />
processes across the airborne<br />
science fleet, and to assess the potential<br />
benefits for common information and<br />
design requirements among the aircraft.<br />
The name of this working group is the Joint<br />
<strong>Airborne</strong> <strong>Science</strong> Sensor Integration Working<br />
Group (or JASSIWG), and is made up of<br />
representatives from six <strong>NASA</strong> centers,<br />
as well as the Aerospace Corporation and<br />
NSERC.<br />
The goal of the working group is to improve<br />
access to <strong>NASA</strong> airborne platforms from<br />
the science community by coordinating<br />
and streamlining <strong>NASA</strong> aircraft instrument<br />
integration requirements and technical<br />
information between the platforms. This<br />
streamlining will allow a more consistent<br />
access experience by the science community,<br />
and will encourage migration of science<br />
instruments across the <strong>NASA</strong> fleet. It has<br />
the added advantage of reducing redundant<br />
activities and fostering communication across<br />
the <strong>NASA</strong> centers, as well as improving<br />
science management operations. A key<br />
element of the success of the JASSIWG effort<br />
is the consensus and acceptance by both the<br />
science and aircraft engineering communities<br />
to a more common requirements set.<br />
During FY08, the working group held its<br />
first meeting and determined the scope and<br />
products for the initial phase of effort. The<br />
initial products included common formats<br />
for instrument Payload Data Packages<br />
and Experimenter Handbooks to be used<br />
for all airborne platforms, and a summary<br />
of platform performance and design<br />
characteristics for eleven <strong>NASA</strong> aircraft. This<br />
work was primarily derived from review<br />
of existing handbooks, data packages, and<br />
experimenter questionnaires. Future work<br />
will include an analysis and comparison of<br />
instrument design requirements from each<br />
platform, with a determination of any feasible<br />
commonality that exists across the platforms,<br />
with a plan for developing a set of common<br />
design guidelines for use by the instrument<br />
community. A second working group meeting<br />
is planned in mid FY09.<br />
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